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Dear reader,

This week I have selected for you a new article: "Complementary Cumulative Distribution Function (CCDF) in Modern Modulation Measurements" and 4 Mini-Circuits products for you to discover.

I hope you will enjoy the read and look forward to be of further assistance to you.

As always, please feel free to contact us with any questions you may have.

Aharon

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Complementary Cumulative Distribution Function (CCDF) in Modern Modulation Measurements

Categories: Power Sensor

As utilization of wireless communications has accelerated over the past few years, the push to make efficient use of the limited amount of spectrum available has led to the development of more complex modulation schemes. Waveforms have continued to evolve from constant-envelope GSM and IS-95 CDMA of yesteryear to higher order M-QAM and OFDM, which can now be found in all things 5G, Wi-Fi, Satcom and Bluetooth. Minimizing the RF power required is essential to reducing heat dissipation, extending battery life, lowering costs, increasing spectral efficiency and reducing overall system complexity.

Measuring RF power has been standard practice for many years. The most fundamental RF power measurements simply capture a single value at a given point in time. How RF power is measured depends on a priori knowledge of the signal being measured. For example, is it a CW or pulsed waveform? What are the losses in the system? What noise is present? What accuracy and repeatability are required? Perhaps most importantly, how often does the RF signal reach a given peak power, compared to its average power? Read on for a discussion of complex waveform characteristics and some of the functions that are utilized in measuring them.

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DINF-DINF+

RF Adapter Straight DIN Female to DIN Female

DC - 6GHz 50Ω

DINF-DINF+
Categories: Adapters

Mini-Circuits’ DINF-DINF+ is a coaxial DIN female to DIN female adapter supporting a wide range of applications from DC to 6 GHz. This model provides excellent VSWR and low insertion loss over the frequency band. The DINF-DINF+ features passivated stainless-steel construction with a gold-plated beryllium copper center pin and measures only 1.685" in length.

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GNA-252-5W+

SMT MMIC, GaN Power Amplifier, 8 W Output Power

10 to 2500 MHz, 50Ω, 4x4 mm QFN Style Package

GNA-252-5W+
Categories: Amplifiers

The GNA-252-5W+ is a GaN-on-SiC HEMT MMIC high power amplifier operating from 10 MHz to 2.5 GHz. Offering flat gain and high efficiency, this power amplifier is designed for demanding RF applications requiring high output power, excellent linearity, and a compact footprint. When driven with an input power level of +26 dBm, the amplifier provides over 13 dB of flat …

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Engineering Support That Helps You Move Faster

From RF measurements to complete automated test systems, MCDI provides the technologies and expertise engineers rely on.

MCDI, Mini-Circuits’ Exclusive Representative and Distributor in Israel, delivers premium RF technologies and engineering expertise to help companies accelerate validation, improve measurements, and deploy advanced systems faster.

Discover our complete test and measurement solutions

WR22-ATT-20+

WR22 to WR22 Flange Waveguide 20 dB Attenuator Straight

33 - 50 GHz

WR22-ATT-20+
Categories: Attenuators

The Mini-Circuits catalog model WR22-ATT-20+ is a precision fixed 20 dB 500 mW attenuator. WR22-ATT-20+ operates over an extremely wide frequency range with excellent VSWR and supports a broad range of system and testing applications. Precise performance, excellent VSWR and wide bandwidth make this model an ideal solution for systems requiring accurate attenuation across a very wide frequency range.

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ZABF-K11R5G+

Thin Film Bandpass Filter

9600 to 13200 MHz, 50Ω, 2.92 mm Female

ZABF-K11R5G+
Categories: Filters

Mini-Circuits’ Connectorized Thin-Film filters offer low insertion loss and high rejection realized via Thin-Film on Alumina substrate, using a sputtering process that can guarantee an enhanced Q and repeatable performance. Low pass, high pass, and bandpass connectorized thin-film designs can be realized with this technology up to 40 GHz in a small form factor helping customers achieve their SWaP objectives. …

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